Product Code : RB-Lyn-235

These Tapped Nylon Standoffs are the professional way to mount your electronic components to a mechanical frame. They can also be used for custom mechanical projects such as those offered by Lynxmotion.

Product Code : RB-Inn-10

USD $79.99

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• Explore more advanced and complex designs• Can be used as a starter frame kit or add-on• Durable metal parts for your robot frame• Additional metal and hardware pieces let you create more complex devices

Zeus 3D Printer / Scanner from AIO Robotics

Tools for the DIY enthusiast have evolved quite a lot over the past century, evolving from a simple set of hand tools to the sophisticated 3D printers seen today. If we look back just a few years, the MakerBot Thing-O-Matic was quite revolutionary in the industry, though still quite hard to use. MakerBot has since releases a lot of new (and better) 3D printers, but other companies have been growing and releasing their own 3D printer products which bring additional features and improvements to the market.

Black Friday Weekend! Up to 60% Discounts. FREE Hexbug in Every Box.

Up to 60% off selected products. Plus receive a free Hexbug Nano with every purchase from Black Friday to Cyber Monday. (On Black Friday only for orders placed through our European website) Some of the products on sale this weekend Don’t miss your chance to buy the perfect robotic gift for your loved ones. Set [...]

How To Use MultiWii as a Servo-Based Gimbal Stabilizer

This post explains the different steps necessary to use a MultiWii compatible board for two axis servo-based stabilization. Many people try to make projects that require stabilization and don’t really want to have to worry about programming; fortunately MultiWii comes to the rescue and helps you get this done fast and even at a low [...]

Phidgets Lesson 1: Installing Phidgets Drivers

Phidgets are easy to use sensors and controllers for programmers. After just a bit of coding, you’ll have your computer connected to the real world via an assortment of sensors as well as motors, relays, remote control, RFID, LEDs and more! But first, you’ll need to get the drivers installed, and luckily, it will take less [...]

RobotShop announced the acquisition of the technology behind Flying Einstein LLC, a manufacturer based in Florida which designs and produces flight controllers for UAVs and drones. The first product, released today on pre-order, is the Lynxmotion Quadrino Nano Drone/UAV Flight Controller (with GPS). Ever since the new Lynxmotion UAV subdivision was created, we noticed that [...]

... them using heat shrink. The output of those cables can be a connector, or directly to the motor(s). Alternatively, if you have an electronics hardware store where you can try different connectors, you may find something which works. We do apologize for any inconvenience.

... [LEFT]Mechanical Build Building the Tibia Place an HS-645 servo against a tibia (lower) leg piece as shown, and secure in place using the hardware specified in Figure 1-1. http://www.lynxmotion.com/images/inv/brack06.gif http://www.lynxmotion.com/images/assembly/phoenix/phoen01.jpg Figure ...

... day, you are paying twice as the Chinese knockoffs but you will have a hexapod that actually works. None of the Chinese kits have all inclusive hardware and they actually use knock off versions of the lynxmotion hardware. The TowerPro motors are lower grade and claim to have the same torque ...

Alan KM6VV, thanks for the suggestions. But it turns out I had 2 hardware issues, the bad one was a flaky USB hub providing "bouncy voltage" 4.5ish to 5 which coupled with both devices was generating the phantom movements. I would note that hub ...

... over the Bluetooth Bee, another nice addition. But to my subject. I was looking up "default baudrate" on a downloaded copy of the hardware manual. Pg 32 came up blank when I attempted to view with my OLD Adobe Acrobat Standard (6.0). I like it because it's a full version, and I'm ...

Hi, pardon if this question has been answered in the past. I am looking at the robot arm kits. What I need is a desktop 3 axis gimbal, but on a budget. The robot arms would suffice, but I would need the position of the robot axis(s) available for logging. Could be dc voltage, serial, ect. pretty fle...

... So, what parts should I use to make the legs, arms, shoulders etc.? Also these are the computer components I plan on using. The bleeding edge hardware to get as close to the human mind as possible: http://pcpartpicker.com/p/dbkNZL I plan on using a kinect 2.0 for a secondary optics. It's a ...

The black wire should have come coiled in the small hardware bag, included with the two metal frame components. You would need to cut this wire into four parts.Not sure what you mean by "20 jumper pin wires"; can you provide a photo?

... it so that the longer joint is outside the bracket and inside the bracket will be a small extrusion from the head of the screw. Pros: No extra hardware required Cons: The extra length on the outside will cause your femur joint to buckle. The extra length forces the member into compression. ...

The artist has some very nice and inspirational work on his website. We offer the Lynxmotion Scout biped hardware kit (no servos) which has 6dof legs. This can get you up and running very quickly, but it's important to note that the electronics, servos and battery are sold ...

... connect the SD breakout board directly to the headers of the Pi. You can read more details about it here: http://www.raspberrypi.org/documentation/hardware/raspberrypi/spi/README.md Hope this helps.

Ok, so what is the torque spec for this motor? RB-Lyn-74 includes two Hitec HS-422 servos , though we do include a hardware only version so you can add your own Hitec standard servos. The 422 can provide up to 4.1Kg-cm of torque. If you opt for the hardware only version, you can ...

... The first thing to understand is that the MultiWii is an Arduino project that is highly customizable, so it needs to be configured to the hardware you use as well as the intended use (flight control, stabilization etc). It’s all done in the Arduino IDE programming environment and for this ...